Руководство atlas 1504

Hinrich Weyhausen KG was founded by Heinrich Weyhausen in 1919 as a trading company. The production of agricultural machinery began in 1921. The
first hydraulic excavator was manufactured in 1950. In 1986, the Atlas trademark, under which the products were manufactured, became part of the company name — Atlas Weyhausen
GmbH.

In 2002, the line of construction equipment was sold to Terex Corporation. The machines were produced under the Atlas-Terex brand. In 2010,
Atlas-Terex production was acquired by Atlas Maschinen GmbH, a spin-off from Atlas Weyhausen
GmbH.

Atlas Weyhausen is currently a group of companies that includes ATLAS Weyhausen GmbH and F. Weyhausen AG & Co. KG. Both are
legally independent, independent organizations, but they provide their products under a unified brand name. The range of manufactured equipment includes frontal mini-loaders and rollers.

Perfection of ATLAS tracked excavators

ATLAS is a manufacturing company that, along with wheeled excavators, manufactures caterpillar machines. This device is used to
carry out all sorts of difficult work, mainly earthwork. And what is characteristic is that the type of soil is absolutely not important for such a machine. And this is always a full-revolving
unit, which in its work ensures reliability, quality and efficiency of the result. This performance is made possible by the full cab revolution (with working bucket). And the unique design of
this device can easily perform work on any type of terrain. In urban conditions, despite the caterpillar equipment, the device can also be used for digging trenches or backfilling pits.

Common parameters

this type of mechanism is represented by a tracked vehicle;

all types of crawler excavators are equipped with a working bucket with a volume of 0.45 to 2.5 m3. And some models are also equipped with working
bodies (buckets) with increased performance.

The lineup of these machines differs in the following characteristics:

wheel drive type;

bucket volume;

cab turn (radius);

reserve and power of the course

type of chassis (wheeled or tracked, in this case we are considering all tracked excavators).

Also, as an addition, attachments (hydraulic hammer, hydraulic drill, blade, digger of trenches and foundation pits or loading bucket) are put on
these Atlas devices. And in order to determine the right model, you need to know the technical characteristics of each modification of tracked equipment that Atlas
produces.

Technical characteristics of the Atlas 225LC excavator (hydraulics)

atlas-225lc

Working ranges for fixed boom 5.68 m and stick 2.7 m A — Max cutting height, m: 9.64; B — Unloading height, m: 6.93; C — Digging depth, m: 6.84; D —
Reach, m: 10.32 Effort of cutting the soil with a bucket, kN: 132 Effort of digging, kN: 82

A — Height in transport condition, m: 3.01-3.15; B — Length in transport condition, m: 8.91-9.57; C — Width in transport condition (with tracks
0.5-0.8 m), m: 2.20-3.00 2.50; D — Turning radius of the rear part, m: 2.6; E — Length of tension rollers, m: 3.7; F — Track length, m: 4.5; G — Ground clearance, m: 0.44; H — Cabin height, m:
3.0; I — Width of the upper part, m: 2.5;

Factory Service Repair Manual For Terex Atlas 1504 LC, 1604 LC Excavator. Tons of illustrations, instructions, diagrams for step by step remove and install, assembly and disassembly, service, inspection, repair, troubleshooting, tune-ups.

Format: PDF
Language: English
Pages: 456
Bookmarks: Yes
Searchable: Yes
Number:
Wiring Diagrams: Yes
Hydraulic Diagrams: Yes

Model

Terex Atlas
1504 LC
1604 LC

Contents

• – Technical data
• – General information on hydraulics
  Introduction
  Explanation of symbols and bases of calculation
• – Cab Serial
  General view of cab
  Right switch panel
  Left switch panel
  Special equipments
  Display and controls
  Description of the starting procedure
• – Hydraulics
  Servo control unit
  Distributor valves VW
  Design
  Directional control valve VW / for cylinder implement
  Exploded view
  Combined relief and makeup valve as secondary valve
  Functional description
  Operation as a pressure relief valve
  Operation as a makeup valve
  Control block
  Servo unit (Folding jib, slewing, lifting/lowering, bucket/grab)
  Structure
  Function
  Variable Displacement Pump HPR /
  Circuit diagram
  Functional description
  Loadsensing controller
  Electrical pressure control valve
  Technical description
  Loadsensing controller
  Electrical pressure control valve
  Connection and gage port diagram
  Basic design of rotating goup
  Basic design of port
  Basic design of control system
  Slewing motor HMFP
  Arrangement
  Working gage and connection ports
  Arrangement
  Circuit diagram
  Secondary valve with pressure cut in stage
  Diagram
  Exploded view of valve plate housing
  Functional description
  Technical description
  Directional control valve
  Priority swing drive function
  Torque control (TCvalve)
  High pressure relief and make up valves with relief pressure step up VD
  Feed valves
  Variable displacement motor HMV
  Circuit diagram
  Functional description
  Connection and gage port diagram
  Basic design of port plate housing
  Basic design of rotating group
  Brake valve
  Variable drive motor with automatic control system
  Driving pressure below regulating point
  Automatic engine idle system
  Thermostat valve
  Restrictor
  Main rotation connection
  Rotation connection and rotary transmission leadthrough
  Maintenance of the rotary connection
  Line break protection
  Arrangement
  Valve
  General
  Arrangement
  Operation
  Jiblowering
  Hydraulic diagramsLC,LC
  Hydraulic hammer equipment toltr
  Hydraulic diagram
• – Adjusting instructions and tables for
  Safety instructions for adjustment work
  Adjustment table
  Adjusting instruction
  Measuring unions
  Bleeding the system
  Bleeding hydraulic fluid tank
  Bleeding hydraulic pump
  Bleeding valve caps
  Fuel admission pressure
  Engine speed control
  Speed measurement
  Maximum engine speed
  Bowden cable play
  Mechanical stop
  Speed adjusting lever
  Checking
  Setting
  Testing speed
  Teachin the electronic box
  Load limit regulating valve
  Engine speed
  Maximum engine speed
  Minimum engine speed
  Four points on the speed characteristic
  Error diagnosis
  General notes
  Troubleshooting table
  LED
  Emergency shift
  Pilot control
  controller
  Return line control block
  Pressure cutoff device
  Secondary valves
  Raising pressure
  Adjusting secondary valve
  Adjusting pressure
  Secondary valve “slewing”
  Adjusting secondary valve “slewing”
  Adjusting brake pressure
  Adjusting the pressure control characteristic
  Adjusting TCcharacteristic valve
  Pressure cutoff valve
  Return flow throttle
  Return flow throttle
  Locking/releasing the drive units
  Locking the drive units
  Releasing the drive units
  Adjusting travel motor
  Bleeding control valve
  Adjusting the dynamic pressure of the braking valve
  Line break protection valve, lifting cylinder
  Switchpoint of the shutoff piston
  Determining switch point of control spool
  Adjusting switch point of shutoff piston
  Adjusting return flow throttle “lowering”
  Secondary valves
• – Electric
  Code letters, terminal designations
  Symbols
  Line number codes
  Jump-starting, starting with a flat battery
  Identification of the „Linde electronic box“
  The Linde CEB/ Load Limit Control System
  Explanation of the Eprom
  Encoding Linde box CEB/
  Sensor for water temperature
  Fluid sensors
  Thermostat switch
  Oil pressure switch
  Pressure switch for emergency control
  Pressure operated switch
  Circuit and location diagramsLC,LC
• – Engine
  Setting of valves
  Adjusting instruction
  Valve-free play scheme
• – Ball rotation connection
  Transport and storage
  Delivery status
  Installation
  Lubrification and maintenance
  Lubricants
  Lubrication intervals for the conveying system
  Lubrication intervals for the gearing
  Checking the screws
  Checking the running system
  Starting after the swing angle method
• – Slewing gear
  Exploded view slewing gearGD/GD
  Bolt pre loadings and tightening torques
• – Gear box
  Exploded view
  Installation drawing
  Name plate
  Notes
  Conditions of supply
  Shipment
  Storage
  Installation
  Fitting of the hydraulic motor
  Installation of the gearbox to the machine
  Connection of the brake pipe
  Lubrication
  Gearbox lubrication
  Oil filling
  Oil draining
  Oil replacement and routine checks
  Startup
  Maintenance
  Disassembling
  Lifetime seals check
  Reassembly
  Important notes before reassembly
  Instructions for the installation of the half seals
  Break check
  Fixture drawings and schemes
  Substructure general view
  Idler unit
• – Cylinder
  General view
  Assembly
  Spherical bearing
  Piston rod with brass bush
  Cylinder nut O mm, O mm, O mm
  Omm Cylinder nut (first design)
  Piston
  Cylinder assembly
• – Air condition system
  Safety instructions for work on AC system
  Function
  Cooling circuit system
  Diagram
  Description
  Refrigerant Reclin
  Components
  Compressor
  Technical Specifications
  Diagram
  FilterDryer
  Evaporator
  Diagram
  Condenser
  Diagram
  Connection box
  Fuse and relay
  Operation
  General
  Advices to the operator
  Maintenance
  Weekly checks
  Monthly checks
  Yearly checks by skilled worker
  Renewing the filter-dryer
  Cleaning/renewing filter mat of air suction filter
• – Air condition system
  Troubleshooting
  General troubleshooting
  System does not work
  Low power
  Description of electrical functions
  Conditions for operating the air conditioning system
  Switching on
  Detailed troubleshooting
  Circuit diagrams
  Connection box
  System
• – Maintenance
  Safety instructions for maintenance
  Renewing hydraulic fluid filter element
  Renewing mesh strainer fuel filter
  Renewing fuel filter
  Changing engine oil, renewing engine oil filter
  Maintenance schedule
  Lubrication ponts of excavator
  Lubricants
• – Miscellaneous
  Centaflex coupling
  Centaflex Type Hdesign and special features
  Technical data and dimensions of Centaflex Type H
  Assembly instructions for Centaflex Type H
  Repair Instruction for Welded Assemblies
  Introduction
  Service consultation
  Area of application
  General problems
  Damage evaluation
  General
  Course of crack
  Consulting the Service organization
  General
  Doubler of metal sheet
  Drawings / Examples
  Preparing the repair
  Cleaning
  Drilling
  Grinding
  Preheating the welding area
  Qualification of the welding personnel
  Selecting the filler metal
  Welding wire selection
  Stick electrode selection
  Repair sequence
  Followup work

What you get

You will receive a PDF file with high-quality manual(s) on your email immediately after the payment.